Matches in DBpedia 2016-04 for { ?s ?p "Kerberized Internet Negotiation of Keys (KINK) is a protocol defined in RFC 4430 used to set up an IPsec security association (SA), similar to Internet Key Exchange (IKE), utilizing the Kerberos protocol to allow trusted third parties to handle authentication of peers and management of security policies in a centralized fashion.Its motivation is given in RFC 3129 as an alternative to IKE, in which peers must each use X.509 certificates for authentication, use Diffie-Hellman key exchange (DH) for encryption, know and implement a security policy for every peer with which it will connect, with authentication of the X.509 certificates either pre-arranged or using DNS, preferably with DNSSEC. "@en }
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- Kerberized_Internet_Negotiation_of_Keys comment "Kerberized Internet Negotiation of Keys (KINK) is a protocol defined in RFC 4430 used to set up an IPsec security association (SA), similar to Internet Key Exchange (IKE), utilizing the Kerberos protocol to allow trusted third parties to handle authentication of peers and management of security policies in a centralized fashion.Its motivation is given in RFC 3129 as an alternative to IKE, in which peers must each use X.509 certificates for authentication, use Diffie-Hellman key exchange (DH) for encryption, know and implement a security policy for every peer with which it will connect, with authentication of the X.509 certificates either pre-arranged or using DNS, preferably with DNSSEC. ".
- Q6393703 comment "Kerberized Internet Negotiation of Keys (KINK) is a protocol defined in RFC 4430 used to set up an IPsec security association (SA), similar to Internet Key Exchange (IKE), utilizing the Kerberos protocol to allow trusted third parties to handle authentication of peers and management of security policies in a centralized fashion.Its motivation is given in RFC 3129 as an alternative to IKE, in which peers must each use X.509 certificates for authentication, use Diffie-Hellman key exchange (DH) for encryption, know and implement a security policy for every peer with which it will connect, with authentication of the X.509 certificates either pre-arranged or using DNS, preferably with DNSSEC. ".